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Now that we have a module that allows us to easily convert between Cartesian and polar coordinates, it is time to have a good look at the code to see what sort of objects we need to be able to draw, and what the parameters are that each object needs. Breaking the clock down into its constituent parts, we derive the following list: Face. The face of the clock is a filled circle of a specific color around the image center. The size is specified by the radius of the circle. Hands. The hands of the clock are lines that start at the center, and have the attributes length, width, angle and color. Hour markers. The hour markers are lines that start at a distance from the center, and have a certain length, width, angle and color. Decoration. The decoration at the center is a filled circle, like the face of the clock. This means we need one drawing primitive for a circle, and two different ones for lines. However, if we look again at the two line types, we can see that the lines that start at the center of the clock are really just a special case of the lines that start at a certain offset, namely for an offset of 0. So now we have two drawing primitives that can be defined as follows: filled_circle(radius, color). Draw a filled circle around the center with the specified radius and color. line(start, stop, angle, color, width). Draw a line along an angle between start and stop distances from the center, with attributes color and width. For the purpose of ease of use, the width attribute is optional, and will default to something useful, depending on the driver.

We decide that angles should be specified in radians, and colors are specified as strings starting with a # , and containing 3 pairs of two characters with a hexadecimal value between 00 and FF. This color specification is like the one used for SVG and for HTML. We will put the class of modules that implement this interface in the Canvas::Polar name space. This name space is generic enough that it isn t tied to the clock alone, but could be extended with methods for drawing pie charts or anything else that works nicely in polar coordinates. In the next sections we ll develop this interface for GD and Image::Magick. Appendix C contains code examples for other output. 10.1.3

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Here s the email, here s the phone, here s how you mark prior messages, and here s your phone number Although I also considered myself a gadget nut, I had no experience with BlackBerry smartphones prior to this first meeting I first learned about the BlackBerry from a university case study that, ironically enough, was actually about a competitor: the Handspring Visor A short time later, I became good friends with a guy who claimed to be addicted to his BlackBerry (I had never really got to see my friend s BlackBerry close up I should have realized then that its grasp was strong!) This was my first real, face-to-face encounter with what would ultimately become the focus of the next few years of my life At first meeting, I wasn t all that excited about the device It was big compared to my streamlined Samsung flip phone.

Instances of a class that implements IEnumerable can be iterated over with the for each statement. The code we d like to be able to write might look like this (we ll develop the Card class representing a playing card in Listing 9-15 later in this chapter): for each (Card c in deck) { Console::WriteLine("{0} of {1}", c.Rank, c.Suit.ToString()); } To use for each with your own data structures, you must implement IEnumerable. IEnumerable declares a single method: GetEnumerator. The GetEnumerator method returns an IEnumerator handle. The actual type returned is an enumerator, which is an object you define that implements the IEnumerator interface. The IEnumerator interface looks like the code in Listing 9-14.

Apart from providing the drawing primitives described in section 10.1.2, a good driver should be reusable, and as flexible as possible. There are several ways in which this can be done, and we ll discuss a few standard Object Oriented programming techniques.

One way of writing a driver that reimplements a drawing interface for a particular drawing package is by inheritance, a so-called is-a relationship. The class that is the driver is basically just the same as the original class, but with a few extra methods, possibly overriding some of the parent methods. Let s have a look at how this could be done for the Image::Magick implementation of this driver:

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